Metalloids and transition/refractory elements typically differ significantly in the electronic
structure and atomic size, allowing for stronger solid-solution hardening in high-entropy …

Research in the field of high-entropy alloys has been surging since the 2010s. As widely
acknowledged, research interests in this field are largely sparked by the enormous …

Due to surface effects and quantum size effects, nanomaterials have properties that are
vastly different from those of bulk materials due to surface effects. The particle size …

Alloying has long been used to confer desirable properties to materials. Typically, it involves
the addition of relatively small amounts of secondary elements to a primary element. For the …

High entropy alloys (HEAs) is a new generation of alloys with multi-component systems and
emerged as a potential candidate for the industrial applications due to their excellent …

High‐entropy alloys (HEAs) are based on five or more principal elements with equal or
nearly equal molar fractions and possess many significant advantages over traditional …

Strategies involving metastable phases have been the basis of the design of numerous
alloys, yet research on metastable high-entropy alloys is still in its infancy. In dual-phase …

We demonstrate a novel approach of utilizing a hierarchical microstructure design to
improve the mechanical properties of an interstitial carbon doped high-entropy alloy (HEA) …

Ductility, ie, uniform strain achievable in uniaxial tension, diminishes for materials with very
high yield strength. Even for the CrCoNi medium-entropy alloy (MEA), which has a simple …

High entropy alloys (HEAs) formed by multi-principal elements show promising hydrogen
storage performance. However, many aspects of their behaviours remain poorly understood …